Multiple camera



y 1950 s. NOBLE I 2,507,926

MULTIPLE CAMERA Filed July 14, 1948 I 3 Sheets-Sheet 1 IN V EN TOR.

@mM/K M ATTORNEY S. NOBLE MULTIPLE CAMERA May 16, 1950 3 Sheets-Sheet 2 Filed July 14, 1948 FIG.3

FIG.

I INVENTOR. new M M ATTORNEY FIG. 9

S. NOBLE MULTIPLE CAMERA May 16, 1950 Filed July 14, 1948 3 Sheets-Sheet 5 INVENTOR.

BY W K M ATTORNEY FIG.7

Q and Patented May 16, 1950 UNITED STATES PATENT OFFICE 13 Claims.

This invention relates to new and useful improvements in photographic cameras and more particularly to a multiple type camera.

An object is to provide a camera by which different kinds or types of light sensitive or emulsion material can be ready at hand for interchangeable exposure or picture-taking.

Another object is to provide a multiple film or emulsion material camera in or by which the various types of material may be selectively exposed while utilizing a single shutter and lens device.

Other objects will be apparent from the following detailed description.

The invention consists in the improved combination and cooperative relation of parts to be more fullydescribed hereinafter and the novelty of which will be particularly pointed out and distinctly claimed.

In the accompanying drawings to be taken as a part of this specification, there is'fully and clearly illustrated a preferred embodiment of the invention, in which drawings- Figures 1 and 2 are views in perspective showing the external form and opposite sides of a camera having this invention,

Fig. 3 is a view with one-side wall removed and with certain parts broken away and in section to show internal construction,

Fig. 4 is a View in section on the line 4-4 of 'Fig. 3,

Fig. 5 is a detail view in section on the line 5-5 of Fig. 3,

Fig; 6 is a detail :view in section on the line 6-6 of Fig. l,

Fig. '7 is a detailside view of a latch means,

Fig. 8 is a sectional view on line 88 of Fig. 7,

Fig. 9 is a partial view of the lens case showing a light mask,

Fig. 10 is an end view of the lens case and mask,

Fig. 11 is a detail viewin rear elevation of a film .pusher plate.

Referring to the drawings by characters of reference, the numeral l designates a hollow camera casing having circular side walls 2, 3 which may be knurled or ribbed adjacent their peripheries as at i, to provide a hand or finger friction grip. The walls 2, 3 have concentric circular guideways or channels 5, 6 respectively in their inner facing surfaces and have their circumferential or marginal portions beveled or converging as at I, 8 respectively to provide parallel circular trackways or rails. The sidewalls 2, 3 are spaced byand rigidly secured to an internal body memher 9 by screws-or the like 10 threaded inrecesses H (Fig. 3). Surrounding the member 9 which is of a generally Maltese cross form is an intermediate cylindrical wall portion i2 forming with the side walls the casing l of drum-like form. The wall portion I2 has its opposite side edges terminating in tenons or flanges l3, M which slidably fit in the channels 5, 6 respectively. The rabbeted or shouldered portions forming the flanges I3, H are offset as are the mating concentric portions of the inner faces of the side walls (see Fig. 4) so as to provide a light trap against leakage into the casing. The arms l5, !6, I1 and I8 of the body member 9 have substantially fiat end faces [9, the end edges of which are rounded for film guiding, and terminate closely adjacent to the inner face of the cylindrical wall portion l2. Each of the arms is separated from the other by a partition member 20, integral with the body member 9, thereby providing four light sensitive material receiving compartments 22, 23, 24 and 25 of identical form. Each compartment contains two spool chambers 26, 21 which are separated from each other by the arms l5, I6, I! and I8 in their respective compartments. Each of the adjacent chambers 25, 2! of different compartments is separated from the other by the partition members 20 which project slightly from the side faces of the body member 9 to fit and seat in radial recesses 28 formed in the side wall members 2, 3 and which terminate at the wall portion l2. The joints between the partition member ends and the wall portion l2 are preferably sealed by a felt or similar material strip 29. The cylindrical wall portion I 2 has a length sufficient to close or cover all but one of the compartments, such that in the position of Fig. 3 its ends terminate in overlapping or closing relation to the spaced end faces of the partitions 20- enclosing the compartment 22, thereby leaving an access opening or doorway to the compartment interior.

The arm [5 has its top and bottom faces substantially parallel to the adjacent partitions 20 so that each film spool chamber has parallel side walls. In the arm and face there is a shallow channel extending between the chambers and forming a film guideway 30 with side webs or flanges 3|. Closing the open side of the guideway 30, there is a plate member 32 having a light aperture 33 centrally of and extending from side to side of the guideway, the aperture having the dimensions of the film portion to be exposed. Overlying the member 32, there are upper and. lower light shielding members 34, 35 respectively which are of thin sheet material carried by leaf springs 363, 8? in parallel overlying relation to the channel flanges 31, 3|. The springs 36, 37 and the plate member 32 are secured to the arm by screws 38 extending through the mid-portions of the springs so that the ends of the springs and the guide members can be flexed outwardly to clear or open the entrances to the chambers 26, 2? respectively. The guide members may be secured to the springs by having their marginal portions bent therearound, as at 39.

In the arm 55 there are para el slots it, ii, one adjacent each flange 3! and opening into the channel Extending transversely through the slots All there is a shaft 42 journaled in a cylindrical recess 01' bearing in the arm and carrying sprocket wheels i t fixed thereon. The sprocket teeth project into the channel for cooperation with the film side edge perforations so that the shaft 52 will be rotated as the film is advanced. Meshing with the sprocket 43 is a sprocket wheel fixed on a shaft journaled in a cylindrical bearing or recess which opens at one end into a chamber ll partially in the arm i5 and partially in the wall Fixed on the end of the shaft lii within the chamber i? is a disc 48 carrying a stop pin or member d9 which is engageable with a stop bar or member 59 slideable transversely to stop pin movement on guide rods 55 fixed in the side wall 2. Springs s2 on the rods 5i urge the bar 553 into the path of the pin ii? and against the body arm 15. Fixed on the opposite end portion of the shaft 46 within the slot ii there is a gear wheel 53 which meshes with a gear wheel in the slot M and fixed on a stub shaft journaled in the arm i5 and projecting through an aperture in the wall 3. There is a dial plate 56 marked with indicia of the number of film exposures, preferably one line for each exposure, which is fixed on the external end of the shaft A finger or pointer 57 carried by a cover plate 58, to be described, cooperates with the exposure indicia. The gear wheel 53 has say thirty-six teeth, one for each exposure whereas the wheel 54 has one less tooth, so that the dial plate will be advanced one dial marking for each new exposure.

The stop bar 5:! has an end aperture which rotatably a film winding rod of shaft 59 having a collar 5% engageable with the bar 5i! to lift or move it against the force of springs 52 and out of the path of pin d9 so that the film can be advanced. The shaft 59 has a splined end portion 6i reciprocal longitudinally in a mating recess in the end of a film winding arbor 62 which has the usual film end receiving slot 63. The other end of the arbor :32 is carried by a screw '55 journaled in the side wall 3. The shaft 59 extends through the wall 2 and is frictionally held by a washer 65 of rubber or elastomeric material cemented to the wall 2. The shaft 59 terminates, at its outer end, short of a cover plate E36 and is received with a screw-threaded engagement in a finger grip knob 6i having a stop flange 63. The knob 61 is reciprocal and rotatable in an aperture 68 through the cover member 66 and its supporting wall member ill. The members (56 and 19 are recessed as at ll to provide a stop shoulder for abutment by the flange 58, the recess having sufficient depth so that the knob 61 can be removed from the shaft 59. The chamber 26 has in the wall 3 a slot l2 parallel to the partition 29 and leading centrally inward from the chamber entrance. Opposite the inner end portion of the slot l2, there is a stub shaft is having a slotted end 14 to receive the fin or cross member of the. arbor in a film 4 cartridge of the common can type having a light-sealed feed opening 16. The other arbor end "ii is received in the slot '52. The shaft 13 is of reduced crosssection such that the slotted end it forms a head reciprocal into a cylindrical recess it providing a shoulder engageable with the head to limit retraction of the shaft, the re cess being of sufiicient depth so that the head can move completely thereinto. On the exterior end of the shaft it, which is screw-threaded, there is a friction washer l9 cemented to the wall 2 and of rubber or elastomeric material which resists rotation and inward movement of the shaft 13. Removably screw-threaded on the shaft it, there is a knob or finger grip member 89 having a flange 8i retractible into a recess 82 in the supporting and cover members 6% and T0. The recess 82 is of a depth to permit removal of the knob from the shaft, while the shoulder engages the knob flange SE to limit complete removal of the knob from the camera structure. The knob 80 is used to rewind the exposed film into the cartridge cas- 111g '55.

Each of the compartments 23, 24 and 25 is provided with film winding and supporting structure and indicator mechanism identical with that described for compartment 22.

Riding on the V-like rails i and 8, there are slide members 88, 84 respectively, which are of arcuate form and extend beyond or overlap the end portions of the cylindrical wall portion H. The slide members 33, 84 are secured to the end portions of wall portion M by screws 85. In the inner face of each slide member there is a groove track, designated 8G, 81 respectively, which receive the edge flanges or tenons of a curved door or closure member 38 for the compartment 22 and any of the other compartments 23, 2 3 or 25, as desired. The closure member 88 extends from end to end of the slide members 83, 84 and therefore overlaps the top and bottom ends of that compartment with which it is in cooperab-le relation. The space between the closure member 88 and the wall portion i4 is closed at its lower end by a camera supporting and hand grip member 89 which is secured to the wall portion i4 by screws 90. A felt pad 9% may be used to seal the joint. The upper end space between wall portion it and member 88 is closed by a latch member 92 which is pivoted at 93 on the wall portion 14. When the latch member 92 is bent or swung back against the wall portion Hi, the cover member 88 will clear it for free sliding thereover. The grip member 89 may have screw-threaded socket M by which the camera can be mounted on a support or tripod. The supporting plate it is secured to the slide member 33 by screws 95. The cover plate so is circular and has a marginal inturned "flange 95 which slidably engages the side wall 2 which is centrally recessed. The plate 66 serves to cover or hide the ends of the arbor winding shafts which are not in use and also serves as an indicator of the compartment or film which is lined up with the closure member 83. Through the plate t5 there is a window or slot 9'! through which indicia on the wall 2 is visible, the indicia preferably designating kinds of film. The cover plate 50 is carried by a supporting member 98 which is secured to the slide member 84 by screws 3% and which has an inturned marginal flange which slidably fits the recessed portion of the wall 3, thereby housing and shielding the various dial plates 56. A bracket 99 on the plate 58 is preferably provided to support a range finder, not-shown. The closure structure including supporting plates in and'98 is held in desired relation to a particular compartment by a latch device (Figs. 7 and 8) having a button its projecting through an aperture in the supporting member 98 and pivoted to a lever IBI pivotally supported on the member 98. On the free end of the lever ml, there is a detent or dog I02 cooperable with a plurality of sockets I63 into each of which it is urged by a spring lil 'i, there being one socket for each compartment. A finger grip Hi5 projects from the supporting member 93.

Carried by the closuremember 88, there is a lens and shutter mechanism housing me which seats and is secured in :a, light aperture through the member E3. The housing 88 contains the usual diaphragm or iris, shutter and lens, and has the usual shutter release lill. The housing I08 contains a mask I98 having a light aperture I09 which limits the pencil of light rays to the film portion which is to be exposed.

A combined view finder and camera carrying member is designated Hi9 and is mounted on the wall portion I4. The front sight member lit is pivoted at III and held upright against a stop shoulder II2 by a spring H3. The rear sight member I I4 is pivoted at H5 and likewise urged against a stop shoulder I I6 by a spring i ii. The sight members are rigid and interconnected by a cross-member H8 which is pivoted to each of the upright sight members. It will be apparent that the members H8 and Ii l when bent or pivoted backward to be against the wall portion I4 will permit the closure member 38 to move freely thereover.

The operation of this camera is as follows: With the parts cooperatively arranged as shown in the several figures, the camera is adjusted for exposure or picture taking in the usual manner, that is, after sighting the object through the view finder Nit with its cross-hairs on the finder lens of support Hi], the shutter speed and diaphragm opening having been adjusted, the shutter is operated by the lever release Ill'i, thereby exposing the light aperture alined portion of the film M9. In order to move the film to the next unexposed frame or portion, the knob Si is pulled out suificiently to release the pin 39 from opposing relation to the bar. 55.3, then the knob ii? is rotated clockwise as indicated by the arrow, Fig. 1. After, say, fifteen degrees of knob rotation, sufficient for the pin $9 to clear the bar 50, the knob 6'? is .pushed inward to place the bar 59 again in the path of stop pin'49- and the rotation of the knob is continued until stopped by the pin ie again coming up against the bar so as in Figs. 5 and 6. The pulling of the film H9 over the sprocket wheels 43, 44 by the rotating arbor 52, serves to rotate the shaft 36 through the sprocket gearing 43, t5 which rotates the pin 49. The shaft 46 also rotates the gear wheel 53 which, through the gear54, drives the indicator shaft 5% to rotate the dial plate 56, bringing its next mark or line into registry with the pointer 51. The film is now positioned for the next exposure. When all of the film has been exposed, it can be rewound into the cartridge case l5 by rotation of the knob Si in a counter-clockwise direction, as indicated by the arrow, after first retracting the bar as from the path of pin 49 as above described. It is un necessary, however, and the camera is particu larly adapted for making possible the single or .multiple exposure of the film frames of the film 6 i I9 in alternation with the film contained many and all of the compartments 23, '24 and 25. If this is desired, it is accomplished as follows: The knobs 61 and 89 are unscrewed from their respective shafts 59 and I3 and retracted into their recesses 'II and 82. The button IE0 is now depressed to bring the dog I02 out of its notch hi3. The cylindrical wall portion I4 can now be rotated relative to the side walls, 2, 3 by grasping the knurled rims 4 with one hand and the side supports and grip I05 with the other hand. Upon registry of the lens structure with the next adjacent compartment, either 23 or 25, the latch dog Hi2 will snap into its next recess or notch. The knobs ET and 39 are now screwed onto their alined new film winding shafts, similar to the shafts 59 and i3 respectively, and the camera'is now ready for operation with the film of the new compartment as above described for compartment 22. Loading of the compartments is accomplished by swinging the latch '92 backward against the wall portion I4 and sliding the closure member 88 upward in its trackways in the supporting members it and $28, the view finder structure 39 collapsing by the pressure of the member "88 thereagainst. When the closure member 88 has been moved to the upper end of its trackways, the compartment 22 is open for the removal or insertion of the cartridge case 15 with its exposed or new film, after retraction of the knob $5. The resilient shielding plates 34 and 35 must, of course, be flexed outward to open the entrances to the chambers 26 and 21 when reloading, and the plate at retracted when unloading. Upon loading, the film is manually guided into and fed through the channel as and has its free end engaged in the arbor slot 63 as is well known. After closure of the cover member 88 and relatching of the latch member 92, the newly inserted film, after proper winding, is ready for exposure. Each of the com- .partments can be loaded and unloaded as above described for the compartment 22.

A film presser or pusher plate 12! Fig. 11, is preferably provided in each of the body member arms. The plates I20 lie in rectangular recesses beneath the film and are notched at their side edges to clear the sprocket wheels. Each plate is reciprocally supported by a plurality of guide pins Iii reciprocal in body member cylindrical bores and each is urged outward by a pair of leaf springs !22 secured thereto. The springs i 22 urge the plates against the film and the film against the light aperture plate members 32 so as to hold the film flat.

It will be apparent that the internal body member 9 may be made with other than four film receiving chambers. There might, for example be. say, two or three chambers or even live or six instead of the four as shown.

Having thus described the invention, what is claimed and desired to be secured by Letters Patent is:

l. A camera comprisingv hollow casing having paced side walls joined by an intermediate rical wall portion, an internal body memidly connecting said side walls and havnlurality Of compartments, means lightsealing said compartments from each other, supporting said wall portion for rotary relative to said body said wall portion having an opening for access to said compartments upon said relative rotary movement, a closure member for said opening, means including film feeding and receiving chamhere in each compartment operable to support light sensitive film material, said last-named means being accessible through said opening for insertion and removal of the iilm material, and light aperture means to expose selectively said material.

2. A camera comprising a hollow casing having spaced side walls joined by an intermediate cylindrical wall portion, an internal body member rigidly connecting said side walls and having a plurality of compartments, means light-sealing said compartments from each other, means supporting said Wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon said relative rotary movement, a closure member for said opening, means including film feeding and receiving chambers in each compartment operable to support light sensitive film material, said last-named means being accessible through said opening for insertion and removal of the film material, means carried by said wall portion to lock said body member against movement relative thereto, and light aperture means to expose selectively said material.

3. A camera comprising a hollow casing having spaced side walls joined by an intermediate cylindrical wall portion, an internal body member rigidly connecting said side walls and having a plurality of compartments, means lightsealing said compartments from each other, means supporting said wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon said relative rotary movement, a closure member for said opening, shutter-controlled light aperture means carried by said. closure member, and means including film feeding and receiving chambers in each compartment operable to support light-sensitive film material in position to receive light through said aperture means, said opening permitting access to said chambers.

4-. A comprising a hollow casing having spaced walls joined by an intermediate cylindrical wall portion, an internal body member rigidly connecting said side walls and having a plurality of compartments, means lightsealing said compartments from each other, means supporting said wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon relative rotary movement, a

closur ro iober for said opening, tracl: means carr. by said wall portion at said opening,

means slideably mounting said closure member on said track means, means in each compartment operable to support light-sensitive material, and light aperture means to expose selectively said material and carried by said closure memher.

5. A camera comprising a hollow casing havd side walls joined by an intermediate cylinr "ical wall portion, an internal body member rigid! connect said side walls and hav ing plurality compartments, means lightsealing compartments from each other, means supporting said wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon said relative rotary moveient, closure member for said opening, roll film supporting means in each compartment and including a film winding arbor accessible through said opening upon said rotary movement, a Winding grip member supported by said wall portion,

means operatively to connect said grip member separately to said arbors, and a single light aperture means cooperable selectively with said compartments.

6. A camera comprising a hollow casing having spaced side walls joined by an intermediate cylindrical wall portion, an internal body member rigidly connecting said side walls and having a plurality of compartments, means lightsealing said compartments from each other, means supporting said wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon said relative rotary movement, a closure member for said opening, roll film supporting means in each compartment and including a film winding arbor accessible through said opening upon said rotary movement, a winding grip member supported by said wall portion, means operatively to connect said grip member separately to said arbors, means to limit rotation of said grip member, means operable by said grip to release said. limiting means, and a single light aperture means cooperable selectively with said compartments,

7. A. camera comprising a hollow casing having spaced side walls joined by an intermediate cylindrical wall portion, an internal body mem ber rigidly connecting said side walls and hav ing a plurality of compartments, means lightsealing said compartments from each other, means supporting said wall portion for rotary movement relative to said body member, said wall portion having an opening for access to said compartments upon said relative rotary movement, a closure member for said opening, roll film supporting means in each compartment and accessible through said. opening and including a film winding arbor, a winding grip mer ber supported by said wall portion, means operatively to connect said grip member separately to said arbors, indicator operable by film movement, means operable by said indicator means to limit rotation of said grip member, means operable by said grip member to release said limiting means, and a single light aperture means cooperable selectively with said compartments.

8. A camera comprising a hollow casing havin spaced side walls joined by an intermediate cylindrical wall portion, an internal body member rigidly connecting said side Walls and having a plurality of compartments, means light-sealing said compartments from each other, means sup porting said Wall portion for rotary movement relative to said body member, said wall portion havins an opening for access to said compar ments upon said relative rotary movement, a closure member for said opening, roll film supporting means in each compartment and accessible through said opening and including a film winding arbor, a Winding grip member supported by sail wall portion, means projecting through one of said side walls operativel to connect said grip member separately to said arbors, a shield member carried by said wall portion and housing said last-named means and having an aperture therethrough for viewing indicia carried b one of said side walls, and a single light aperture means cooperable selectively with said compartments.

9. In a camera, a hollow casing having a lightsensitive material receiving compartment, said casing having an opening for access to said compartment, track means carried by said casing, a

9 closure member? for said opening' and slideably supported by said track means a view finder car- 'ried by said casing inthe path of movement of said closure member, and means movably supporting said-finder for movement out of the path of said closure member upon engagement of said finder by said closure member.

10. A camera comprising a hollow casing having a film receiving compartment containing spaced spool chambers, sprocket mechanism supporting structure Within said compartment and separating said chambers and having a film guide channel connecting said chambers, a plate member having a light aperture therethrough and extending from end to end of and seating upon the side flanges of said channel, said plate member being operable to hold the film fiat, a shielding means overlying said plate member and having a light aperture registering with said plate member aperture, said shielding means having movable end portions extending be ond the adjacent edges of the spool chamber entrances, means supporting said shielding means for movement of said portions out of obstructing relation to said entrances, said casing having an opening for access to said compartment and said chambers, a closure member for said last-named opening and having a light admitting aperture registering with said registering apertures, and shutter means carried by said closure member and controlling light fiow through said light admitting aperture.

11. A camera comprising a hollow casing having a film receiving compartment containing spaced spool members, sprocket mechanism supporting structure within said compartment and separating said chambers and having a film guide channel connecting said chambers, a plate member having a light aperture therethrough and extending from end to end of and seating upon the side flanges of said channel, said plate member being operable to hold the film fiat, a springpressed presser plate carried by said structure and urged toward said plate member so as to flatten the film against said plate member, a shielding means overlying said plate member and having a light aperture registering with said plate member aperture, said shielding means having movable end portions extending beyond the adjacent edges of the spool chamber entrances, means supi porting said shielding means for movement of said portions out of obstructing relation to said entrances, said casing having opening for access to said compartment and said chambers, a closure member for said lastmamed opening and having a light admitting aperture registering with said registering apertures, and shutter means carried by said closure member and controlling light flow through said light admitting apertures.

12. A camera comprising a hollow casing having a film receiving compartment with spaced spool chambers, sprocket mechanism supporting structure separating said chambers and having a film guide channel connecting said chambers, a sprocket wheel shaft extending transverse to said channel and supported in said structure, spaced sprocket wheels on said shaft and extending into said channel adjacent the side edges thereof, a plate member having a light aperture therethrough and extending from end to end of and seating upon the side flanges of said channel, said plate member being operable to hold the film flat and in engaging relation to saidwheels,ashie1ding means overlying said plate member and having alight aperture registering with said plate member. aperture, said shielding. means having movable end portions extending beyond the adjacent edges of the spool chamber entrances, means supporting saidshielding means for movement of said end portions out of obstructing relation to said entrances, said casing having an opening for access to said compartmentand said chambers, a closure member for said last-named opening and having a light admitting aperture regist :ing with said registering apertures, and shutter means carried by said closure member and controlling light flow through said light admitting aperture.

13. A camera comprising a hollow casing having spaced parallel circular side walls and an intermediate cylindrical wall portion joined to said side Walls, said walls and wall portion having cooperable tongue and groove connection for relative rotary movement therebetween, said side walls extending beyond said wall portion to provide trackways, a body member within said wall portion and rigidly connecting said side walls, said body portion being of general Maltese cross form and having radial partition members intermediate each of the cross arms, said partition members roviding compartments and interlocking with said side Walls and having a substantially sliding fit with said wall portion to lightseal said compartments, a pair of shafts journaled in each of said arms, each of said arms having a pair of recesses spaced longitudinally of said shafts opening through the end faces of said arms, film engaging sprocket wheels mounted on one of each pair of shafts and having its teeth projecting from its recess, a cooperable sprocket wheel on each of the other shafts for rotation of each other shaft by its one shaft, stop members carried one by each of said other shafts, a plurality of releasable detent bars cooperable one with each stop member, film winding arbors rotatably supported one in each compartment, shaft members having relatively longitudinally slideable and rotary driving engag ment, one with each said arbor, means operable by sliding movement of said shaft members to actuate said detent bars to release said stop members, means opposing reverse rotation of said shaft members, film spool supporting means in each compartment on the opposite side of its arm from the arbor and including a plurality of shaft members, all of said shaft members extending through and being journaled in one of said side walls, said wall portion having a compartment access opening extending between two adjacent partition members and from side wall to side wall, arcuate track members carried by said wall portion and being slideable on said trackways, closure member mounted between and slideable on said track members for opening and closing said access opening, a lens and shutter means registering with an aperture in and carried by said closure member, a combined latch and light-sealing member to hold said closure member against opening movement, a combined view finder and carrying handle member carried by said wall portion in the path of movement of said closure member, means collapsibly supporting said handle member for movement out of the path of said closure member, said closure member upon its opening movement engaging said handle member and being operable to move said handle member out of its said path, a shield member for each outer side wall face and housing the ends of said shaft members, a pair of hand grip mem- 4 :1 1 1 here rotatable and reciprocal in one of said REFERENCES CITED shield members Said grip members being 905i The following references are of record in the tioned for alignment with any one of the pairs file of this patent; of shaft members and being clutchable therewith for driving said arbors and said spools and means UNITED STATES PATENTS carried by said wall portion and cooperable with Number Name Date one of said side walls to lock said side walls and 1,902,869 Lathe Mar. 28, 1933 wall portion against movement relative to each 1,987,041 Wood Jan. 8, 1935 other. 2,245,606 R-auch June 1'7, 1941 SAMUEL NOBLE. 10 2,439,112 'I'eague Apr. 6, 1948 

